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RC Design
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Member Peak Results

The minimum and maximum values for all member results (forces, displacements, stresses) for every member.

Result Key Type Description
member_peak_results Object Each key within this object corresponds to the result key used in member_forces, member_displacements, member_stresses. Inside each result object is the "max" or "min" result.

The peak member results object has the following keys:

Result Key Type Unit
displacement_x Object Section Length
displacement_y Object Section Length
displacement_z Object Section Length
displacement_sum Object Section Length
displacement_local_x Object Section Length
displacement_local_y Object Section Length
displacement_local_z Object Section Length
displacement_local_sum Object Section Length
rotation_x Object Angle (radians)
rotation_y Object Angle (radians)
rotation_z Object Angle (radians)
rotation_local_x Object Angle (radians)
rotation_local_y Object Angle (radians)
rotation_local_z Object Angle (radians)
axial_force Object Force
shear_force_y Object Force
shear_force_z Object Force
torsion Object Moment
bending_moment_y Object Moment
bending_moment_z Object Moment
top_bending_stress_z Object Pressure
top_bending_stress_y Object Pressure
btm_bending_stress_z Object Pressure
btm_bending_stress_y Object Pressure
shear_stress_z Object Pressure
shear_stress_y Object Pressure
axial_stress Object Pressure
top_combined_stress_z Object Pressure
top_combined_stress_y Object Pressure
btm_combined_stress_z Object Pressure
btm_combined_stress_y Object Pressure
torsion_stress Object Pressure

Example

{
    "member_peak_results": {
        "displacement_x": {
            "min": -0.6770604425869017,
            "max": 71.94528901202402
        },
        "displacement_y": {
            "min": -27.62091465338686,
            "max": 0.6929018780448841
        },
        "displacement_z": {
            "min": -6.36911738692107,
            "max": 22.781793538237068
        },
        "displacement_sum": {
            "min": 0.000044975411910679904,
            "max": 80.3206404087524
        },
        "displacement_local_x": {
            "min": -22.635497307520385,
            "max": 28.179436159698184
        },
        "displacement_local_y": {
            "min": -29.049659792138538,
            "max": 0.6929018780448841
        },
        "displacement_local_z": {
            "min": -6.36911738692107,
            "max": 71.94528901202402
        },
        "displacement_local_sum": {
            "min": 0.000044975411910679904,
            "max": 80.3206404087524
        },
        "rotation_x": {
            "min": -0.02093042936187184,
            "max": 0.005999313365819059
        },
        "rotation_y": {
            "min": -0.022332926426162837,
            "max": -7.251064042066098e-9
        },
        "rotation_z": {
            "min": -0.012564449599740797,
            "max": 12.80878644746563
        },
        "rotation_local_x": {
            "min": -12.80878644746563,
            "max": 0.008920684864991528
        },
        "rotation_local_y": {
            "min": -0.022332926426162837,
            "max": 0.0031738323764596505
        },
        "rotation_local_z": {
            "min": -0.02093042936187184,
            "max": 0.008786447465627673
        },
        "axial_force": {
            "min": -21.406144725362537,
            "max": 99.576496475791
        },
        "shear_force_y": {
            "min": -22.462790131735616,
            "max": 63.60381134345931
        },
        "shear_force_z": {
            "min": -59.9999999999995,
            "max": 11.23467386669256
        },
        "torsion": {
            "min": -0.07999682264037351,
            "max": 200.00000000000006
        },
        "bending_moment_y": {
            "min": -19.805910933863437,
            "max": 35.99999999999912
        },
        "bending_moment_z": {
            "min": -122.58423391265534,
            "max": 99.9238896080925
        },
        "top_bending_stress_z": {
            "min": -272.41371854061197,
            "max": 222.05660116599944
        },
        "top_bending_stress_y": {
            "min": -130.7361198856039,
            "max": 151.91349914881928
        },
        "btm_bending_stress_z": {
            "min": -222.05660116599944,
            "max": 272.41371854061197
        },
        "btm_bending_stress_y": {
            "min": -151.91349914881928,
            "max": 130.7361198856039
        },
        "shear_stress_z": {
            "min": -3.6697598132402187,
            "max": 2.888495732112153
        },
        "shear_stress_y": {
            "min": -16.275569857327024,
            "max": 46.084581151394836
        },
        "axial_stress": {
            "min": -3.631589248012621,
            "max": 16.89332379070537
        },
        "top_combined_stress_z": {
            "min": -255.5203947499066,
            "max": 218.42501191798743
        },
        "top_combined_stress_y": {
            "min": -127.02877968229672,
            "max": 155.85178595962645
        },
        "btm_combined_stress_z": {
            "min": -225.68819041401144,
            "max": 289.30704233131735
        },
        "btm_combined_stress_y": {
            "min": -147.9752123380121,
            "max": 134.44346008891108
        },
        "torsion_stress": {
            "min": -5.890897607708481,
            "max": 6.449834613251367
        }
    }
}